The database will not only assist clinical geneticists in counseling families found to have a variant of these genes, but will also aid genetic scientists investigating the function of the mutations, which should reduce the time spent searching the literature and help to predict the possible pathogenetic nature of the variant.
If this idea is correct, the increased mutation rate of late-replicating regions should depend on translesion synthesis, and eliminating translesion synthesis should reduce mutation in these regions: damaged DNA that would have been replicated by translesion polymerases (and would have given rise to mutations) remains single stranded, resulting in lethality.
This observation was in line with previous models that have predicted that female mate choice should reduce mutation load [21] [23].
If this activity is synonymous with antiestablishment, then all mutations that suppress eco1-1 lethality should reduce pericentric cohesin dissociation, even in WPL1 + cells.
A reduced Ne implies that the efficacy of selection on nonsynonymous mutations should be reduced in a highly inbred species relative to closely related outcrossing sibling species.
Surprisingly, mutations in several genes controlling AMP biosynthesis, which intuitively should reduce AMP levels and consequently the ratio of AMP ATP, also increased lifespan.
These data indicate that where possible, investigators should reduce the density of mutagenesis to a smaller number of mutations per strain, to maximize the yield of target gene discovery and minimize the number of strains that must be sequenced.
This prediction would use both the additive and dominance effects and should reduce the production of calves that are homozygous for deleterious mutations.
Theoretical work predicts that (1) With soft selection, population structure should reduce the efficiency of selection against mildly deleterious, nearly additive mutations [ 34] but will favor selection against severe and highly recessive mutations [ 35]; (2) With hard selection, structure should lead to reduced loads even with additive or nearly additive mutations [ 14].
On the other hand, HIV's high mutation rate [23], [24], recombination rate [25] [27], and short generation time [28] [30] should reduce the phylogenetic effect significantly.
